Solutions for material and energy efficiency

Fraunhofer Institute for Mechanics of Materials IWM

© Fraunhofer IWM

We can help you to define material and component properties that optimize their response to stresses and strains when in use and that make the greatest possible use of their potential.

12.-13. March 2014:
Fraunhofer Direct Digital Manufacturing Conference, Berlin

Fraunhofer IWM: DDMC 2014, Berlin

From March 12-13, 2014 the third Fraunhofer Direct Digital Manufacturing Conference will be taking place at the Grand Hotel Esplanade in Berlin. The conference will cover the entire range of topics in additive manufacturing, starting with methodologies, design and simulation, right up to more application-specific topics, e.g. from the realm of medical engineering and electronics. [more]

Fraunhofer Research News: Ultra-thin tool heating for injection molding

In future, thin-film heating will allow plastic parts to be produced with greatly improved surface quality. Researchers have also found a way to make the whole process more energy efficient. [more]

Fraunhofer Research News: Saws made of carbon

More material could be saved when manufacturing wafers in future. Ultra-thin saws made of carbon nanotubes and diamond would be able to cut through silicon wafers with minimum kerf loss. A new method makes it possible to manufacture the saw wires. [more]

Fraunhofer Research News: Fitness test for corrosion protection coatings

Internal coatings in the different sections of oil treatment plants are subjected to a variety of stresses. By conducting comparative tests, researchers are analyzing which materials are best suited to each individual section. [more]

Fraunhofer Research News: Less friction loss in combustion engines

Researchers have developed a method that can reduce engine friction and wear even during production of engine components. Special coatings can help to reduce fuel consumption and CO2 emissions. [more]

Fraunhofer Research News: Embedding photovoltaic modules more quickly

Fraunhofer IWM: Lamination

Solar cells must endure a lot: snow, hot summer days, rain and humidity. To provide maximum protection to the cells, the manufacturers embed them in plastic, usually in ethylene vinyl acetate (EVA). .

Fraunhofer Research News: Fast toothpaste check

Fraunhofer IWM: Fast toothpaste check

Everyone wants to have nice teeth. After all, a perfect set of teeth symbolizes health and youthfulness, and can even infl uence career prospects. If having pristine teeth calls for thorough oral hygiene, then how well or badly does a given toothpaste clean? How effective is it? What must it contain in order not to damage the structure of the teeth? Such questions are primarily of interest to manufacturers of dental hygiene products, and the answers are being delivered by researchers from the Fraunhofer Institute for Mechanics of Materials IWM in Halle. Through close collaboration with the Microtribology Centre μTC in Karlsruhe they have developed a new process for testing the abrasive effect of toothpastes, allowing this ‘abrasiveness’, as experts call it, to be compared and evaluated in the lab. [more]

Fraunhofer Research News: Manufacturing crack-resistant lightweight components

Fraunhofer IWM: Cold cracking in high-strength steel

Cold cracking in high-strength steel presents major quality assurance challenges for the automotive and machine-building industries, since cracks are difficult to predict – until now. A new process can determine, as early as the design stage, if critical conditions for such damage can be prevented. This lowers development times and costs. [more]

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Range of topics and services at the Fraunhofer IWM

  • ƒƒSolutions to avoid and to control defects, crack formation, deformation, fracture, failure, wear and fatigue
  • ƒƒMaterial characterization, component testing, damage analyses, failure diagnosis and microstructural analysis
  • ƒƒMaterials modeling, process and component simulation
  • ƒƒSurface layer assessment, coatings, tribology, functionalization, bio-surface and interfacial analysis
  • Process, technique and device development


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